Lsi03G006210 (gene) Bottle gourd (USVL1VR-Ls) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Lsi03G006210
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls))
Description	CAP, cysteine-rich secretory protein, antigen 5
Location	chr03 : 7723692 .. 7749632 (-)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGCTTGGTAGGTTTTCTCCAAATTTCCATCTCCAAGGCACAAAACTCCCCTCAAGACTTCGTCGATACCCACAACGTCGTCCGAGCTGCAGTGGGTGTCGGTCCAGTCTCCTGGGACGACACCCTAGCCACCTATGCTCAGAATTACGCCGATAGTAAGATTGATACCTGCGAGATGGAGCACTCCAATGGGCCCTACGGTGAAAACCTCGCTGAAGGGTACGACGAGATGACGGCGATAGAGGCAGTGAAGTTCTGGGCGACCGAGAAAAAGTTCTACAACCACCATTTGAATCGGTGCATCGGTGACGAGTGTGGCCACTATACGCAAATAGTTTGGAGGGACACTAAAAACATAGGGTGTGCTAGAATGAAGTGTGAGAACAATTGGATTTTTGTGATATGCAACTATAATCCTCCTGGTAACTATATAGGCCAACATCCCTACTAAAATCTAAGTACGAGAGACTTTATAAGAAAGAATTAATATGATGTTCCTCTTGATAATATGCATTTATTTGCATCTATGTATTAGAATATTAAATAGTTACATGAAATATATATGTATATCAGTTATTATATGTCTTCATGTTTAAATTTGAGAGAAGTTACTTTATTTTTGCTATGGAGTAAAAAAAATAAAAAAAAAACAATAAATAATTTTATCTCCATTCTTAAAAGAAATTACTCGCTCATATTTACGTAGCTAATAAGGAGAAAAAATTAATTGCAAACTCTAATACTGGTTCTCGTAATAGATTAGTTAACATTTTGGTGGATCATTTATTTATATTGTTTTATTTTCCTAAATATTTTCATACATTCAATTAATTAAATAAAATCATAAAGTTTAATATCATTATATATGTTGCTAATATTAACATATGCACTAATAATTATATCAATTTGAATCTAAATTTTGGGATGCTAATGTATACTCTTATGGTTTAGAGGTTTTATATGAATTTAACCTATGCACTAATAATTATATCAATTTGAATCTAAAATTTTCACGAATATATCAATTTACACTCTTATTCAAAGTTAATTCATCCAAAAAAAATATTGGGTAGGATTTATAATTTTTTTTCAATTAAAATCTTAAATTGTCATAAGTGAATCACTATGAACCTTTTATTTAAATTACTTTTGAAAATCGTCCGTTTATTAATTTTTTTACACGCGTTTCTTCACATATTAGATTAAGAAAATGGACAATTAGAATTGTTACATGAACGATTTTAAAAAAAAAAAAAATCTTAATTGAGTGTTAAAATTAATTTGCAAAATTTAGGATTTTAAGTTGATAAAATTATATGTCTCACATACTATTTATCTAAATGGAACGTAATAAAGAGTATAGATTAATACATTTATAAAAGCTTAAATTTTAAATCGATACAATTATTTACTTAAAAACTTTTAATTGATACCATCCTAAAATGATATTTCTTTTTCTTATTTAATTGTCACGACATGAATATAAAACGATATATTTTTTTTGGTTGGTTATTAAATACGATGCAACCGAATTTTGTCAGAAAAATTAAAAGAGATATAGATGTGGCATTAATAGTTGTGAAGTTTAGTAAGTATATATAATTGTTGTCACCATCAAGTAGAGAGAGTTAATAAAGGGTTTGAATTTTCCTTCTGTTGTATTACAAGGACGACAAATCGAAAGAGTTACAGATATAAATTAGATCAGTTCTCTTAAATTGAATTAATTGGTGTTCATTCTAGAATTTAGAACAACCAAAATTTGTTTTTGTTAGTTTAATGAGACGGCAGATATATCATATAAGAAATAGAACAAACAAAATGATTGGAGCAATGTGTAGATTTTAACTAGAAATGTTAAGAAATAGATGTGGAACCTTTGCACATCCCCATGGTTAATAGATTTGATAGTTAATTTTTTTTTTTTTATTTTAAATAAGGGTAAAAGAATATCGGGATTTAACTTTTTTGTCATCTTATAAATTGGGTAGGTTTTATTAGTTTCTAGGAGGATAAGAATTATCTCTGGTACATTCCCTACTAGAAACGAGAGTTTGTTCTTACTAATAATCGTGGAGATGGAGGAAGGAATCTCTTACTTCAAGAGAAAATTACCCCTGAGCTAAATAAGTTTACTTTGGCCACAAGGTCACATAGTTGGATCTATTTGGTGTTGACCCACTCCTTTGTCACACTCTTACCTTTCCTCCTCAAATGAAGATATACTTCTCTTATCCTAGAGGCTACAATTGGGTACAACCCTATGTAGGCTTATAAAAACTTGAGAAAGGTCAAGAATGTAGGCTTCATAAAATCTTGTGAGAACCCGACCAACCTGGACCAACCTCAACCCTAGGTTGGGTTGGGTTAGATTTGTTTTCTGTTTGGGTTGGGTTAGAATGTAGGAGAATGAAAATTTTCGAGTTAGTTCTCGAGTTATTTGTTGTGTTCACATAATTAACCTAGTTGTTAATAATGGGCTAGAAGATATGCATGACTTTATAACTAGTATTTGCAAAGTAGTATGATAGCATACTATTGATGTCAAAATTTGGACAGGGTGAATAGTGCCATTTTGACAGAGACCTTTCTGGGCATCGTTTAATTCCCGAAAAACATTCCAATCAAAAGAAATTTATAATACAGTGAATCCTATACTACTACTACGATGACGTAATAATAGTGATAAGTTTGGGTCGAACCATAGGGAGACAAGCGGTAATGATGCTTTGTCGAGTTAATTATCAAATTAGCGCGTAAAATGAAGGGGGTTTGGATTGGAAAGAGATAAAAGCGTGCAAGAAAATAAAGTGGAAGGGTAAATGTAACCTAGGATTGGGTTTATTTAGTTTCGAGAGCAAGAGGGATCCTATGCAGTTTTCAATTATCAATTTCTGTTAATTAGACATGCATTTGATTTATGCGTGCACAACAACCTACATAGCCTAACCTTAACTCAAAGACACTACAAGCAGCTGAAAAGCTCAATTAAACTAAGCAAGCGTCCTAAATATTAATTAAAGTCAGACAACCAAGCTCAATTAACCTACATGCCCTTAAGTCTATTTGGTTCGATAGCGCCCATATAGAAACTAAAAACATGCGCATTAATTTTAAGGATTTTATTGTGTTGATTAACTAATTGGATAACCTAATCAATTAATCAAGTTTTCCTTTGAGCCTAGTTGAAACATGCATTCTAAGATCTAGGATAGCTATAAACCCTAGCATGCAAGATTCAACTAATTGCTACTTAGGTGATTAAGCTAGATGAACATAAGAGAAATACGCAAGCCTAATCTATTAGCTAAGACATACATTCATGATAGGGGTGTCAATCCACATAAAAACATACATCTAAATTGAAATAGATTCAAAGAAAGGCATGAAATCAAAATATATTCAGCACAATCCACAAAAATCTCAAGAAAACTACTTAGGTCTTGCTCCCAAAACCAAATAAATATACATACCTCTACAATCAATAGACAAAATATAGAGGGAAGCTCTAATTCATGAACTACAACCCAAAATAAAACTTAAATCTAACCTAAATATAGAAGAAAAGATGAAAGAGAAGAAGAAATTTTAGTATAACTTCGGCCTCCATGAGTTCCTTCATCCCCTAACCCTAAAAGAAAAGAAAGATATTTATAGATCTGGCGAGGGCGTCGTTATGCTCATGAAGAGCATAGCGACGCTGGCTTTTCCAGCTGCAGCGTAGCTACACTGCCTCCATTTTCGCCCAGCGCCAGCTATTTCTTTGGAACGCAGCGCAGCTACGCTGCCTCTAGGGGCATTTTAGCATTTTGCATCTTTGAATCTTCGAGTGTCCGATTTCACTTCCAATAACCCAAATCAACCCCAAACGGCCCATAACACTCTAAAATGCATGTTTTGCTCAAATTCCCTATAAAATAAACATTTAATCATATAAAACATAATAAGGAAGCTAGATTAAAGATATAAAAATAGCTCTTTTCAAGAGCTATTAGTGCCCAATCCTTTTGCAGCAACAACTGTGAATTTGTAATTCAAGAACGACAGCAACCTGGAAGACAAAAAGAATCTGTACATCGGTGTGGTGCTTTCCACATAAGACTCTGATGCTTACGTTAACAGGAAAACTATGGGGCAATAATAGAAATTTGGGGGTGAGTGGACTTACTTCCCTTAGGGTCTTCCCCGTTTATTTATAGAGCTTTTCTTGACCTAATTCCTTTCTTTCTAGGATTTATGAGTTATACTGTCAGCCAAATCTCTCTCCTTTGGCTGGATTTTCCAAATAAAACCTATTTGTGGTTAACCATTTGGGTCGACCCATGCCACCCCTTTCCTTTTGGCCTTGCGCCTTTTGGCTTTATTTTTTTGGCCTGTTACGTCATTACTTCCTTCATTATTTTACTCATTTGCCCTTGGGTCTAAAATTTTCCTCAACATTAGCCCCACTCCTAAGTTTGATCTGAAGAATTGGTATGTTCATCGATACAAACTTAGAAGTATTGTTCGATCCTTCGTCGCTTCTTTAATTGCTCTATCTTCCTTATTATATGACATACCAGTCTTATGTTGGTATAACCGTATCGAATTTGGCTAATCCAAAATCATTCTCAGATCTTTAGCCATGTTGGAAATATCTAGCCAGATTTCTTTTGGAAATCCGGTTAGATTCCAGGCGCGCATTAACCATAATTGAGTCGTTAAGCACAAAATTTATGTCATGCCCGTTCTTTTCCGAGGAGCATAGACACATGAGCTTGGCTTTTCTTCTATCAAGGATCATTCTCCTCTTCTCTAGACACGCGTAGTTGGGAATATTGGTTAAGATTTCGTTGGTCTCCATCCAGTTCCCTAATTTCCATCCTCCTATACTTAAGTAGAGTCAGCCTACCTGCCTTTCATGATGGGCTTTGACATTTTTCTTTAATTTGACCCGAGCGATTAACTCAGATTTTGGATTTGTAGTCTTGTTGATTACCTTGGTTTTCAATCATGTATTGTTTCCTCATTGGTCAGCTATATTCGTTAATCTTTCTCTCAACTTCTCCATGTAACTTCCCTTCACGCCATGTGCCCATTATAGGGTGGTCGACCTCGGTAATGAGTTGAAATACCTATCTCAATTTTGTAATTTCGAAACATCACATCCACGTCTGATAGAAACGTAGTCATTTCTCTACGCTCTGAGTCTTAAATGTGCTGAGTCTTGGGTGGTCGTCCTCGACAATAGGCCAATCTAGTCCTTTTAATTGGTTTTCAACTTCTCGATTATTGCTTGAAAAGATTTTGAACAAGCGATAAGATACCTCACCACTTAAACCACAAATGTTAAAAAAAAAAAGCACAGACATGAACTGTAACAGCCATAAAACCAACAGCAAGTGATGCCTTAGGCTACCCCTAAGACAGTGAATGTCTTCACAGTTTTGAGATTGACAACTAAAGAACTTGTACAGTGGAAAACACAGCAAGCACAGATCAAAACAATGAAGTACAACGTCAGCCACTTAATACAGAAAACTCTCTTGAAAATAAACAATTGTGACAACCTTAGGAGAGGCCACAACTTCTTTTAACATCCGAGTTCAGATAAGGAAAAAGTTCCATATGAAATATTTTCATTTTCTACAAAATATGCTTCACCATAAAAGGAAAATATCCATCAATAAACTTGTACCGAGAATTCGTAGTTTAGGAAATTAAAATATTCCACATTAAAATTCTAGATTAGGAAGTAAAATATTCTTCTAGAATTATGGTATGTCGGAACCAAATGTTAAGACATAATTTGTGACATCTGAGAAAGCCACGTAAAACAACCTTATCAAAATAGCCTTATTAGAAGCCCCGACTTTCTCAACTAAACAGTTTACAGCCCAAGGGTAACCAAAAGGGGGGTTGATATTGGTTGTTTGCAAGAAATTAATCGCATAAAATAATATAAAGCGCAAAGTGCGCAAAGTAAAGGGTTTAAAAATTAAGATGAGAAAGCCTAGTTTAGGTTGTAACAAAATTTTCCTATTCAAAATATTCGATCATTGAACTCTCATTTACCAAAGTCAATTAATTGCTTACACCTAACGAAATTAATTAGAAAAGCTAATTAAATTGTCCTAAACAACTAACTATTCCAAATTGATTAAATGAAAAGCATGCAAATCAAGTTGTTCTAATTGTATTAGGATCTAGGGAACGTTAGGGTGAATATTTAACTTTCAAGCACCTAGTTAAATGGTTCAATCCTAGGTTGATTAGATCAATACTTTTCTATTCGATTCGCAAGCTAACCTAACCTATTGCTTTCTACGAAACAACATATAACCAAGTATCAGGAATTGCATGTTAATTAAAAACAATAACTATACATCCACAAGAGTACAATAATACAATCAGAATCTCATAAACATAATTGAATCCAACAATGCAATATGAAACTCAGTTCGAAAACTCACAAATACATTGAAACAGAGAAAAGATCCTAAAACCCAAGCTCGAAACGATTACCTTAGCTCATAATCAACATATCTGACATCATTTGACTTGATTATAGAAATAAGATGGAAAGAACTCTGAAATATTATGCTTTAAATGGATAGAGCACAAAAAAACAAAGAAAACGAGTGGTCATATGCCCAAAACGGCCACTTGGATAAAAAGATATGACCTAAAAATCGAGCTACGATTTTTATATCGCGAGACAATGTCGTGGCGCCGTTAAATAAGTGGCAATTTTGTAATTCTTACTTCTTTTGGCCTAATTGCTTCGTTAGGACTCCAAATTGGTCCATTTTAGATCCGTTTTCGTTCTAACATTTGACTCTACCTCTAAATGCTCGATACCTACAAAATAATATATTTAAGCACATTAAATATCATCAACGGGCAAGATTAAAGGCATAAAGATAACACATTTTAGGTGCTATCAAACTTCCTTGTCAAACTCAAAAAAGAGTGAACGAATTGAGTAGGTAATAAGAACCCTTAAATTCAATTAGAAGAAAATAGCAAAAGGGGATGGTTGGCCTCAGCCACCCTTGGAATTCCACTGCACCTGATTTCTTATCAGCTTCCGCAATGCTGTGTAGTAATACTCTCTTGACATCTTTGCTCCTCCTTTGATTACTCAAGTTCCTTCTACAGTAAAAAACTTGATGGCTTGAGGATAAATTAAAGGAATTGCCTTTAATTCATTCAAAGTTTATCTTCGTAGGATTGCACTGTATGTAAATGAATAGTCTGCTACTAGGAAGTTCACTCTTTACGTAATAATGCTAGGCTCTTCCCTGAAGGTCACTGGTAGCTCTATGATGCCTTCAGGATGCACTCTCTCTCCTCTAACCCATCTTTGTGAAGGTTGTCGATGATAGCACATCAATTGAGGTTCCTTCATCTACTAGTACCCTATGAACTGCTATGTTTGCAATGTTTAAGGTTATGACCAAGGCATCGTTGTGAGATTCGTGAAGAGTTTGAGTCTCAGCCTCAGTGAATTCAAGTTTTGCATCCTAGTTCTTGCTTATCACTGAATACATCCTTAACCCATCTGATTCACTCCTAGCACGTCTTGTACTTGCTTTCTGTTTTCTACTTGAATGTCCTTCTGTCGGTCTTCCAATTATGGTTCAAATCTACCTTGGTGGAAAATCTTATTGCTTTGGAGATTGATTTTCCCTGCTCAGCTCGATTCCCTGTTGGTTGCTTTGGAGACTGATTTTCCCACTATTTGCTTCTCCCACATATTTTTTCACAAAAAACATTCCTTATTAGGGCTTTAATCCCATCTTTAACCTCCATTCATTCTTTATGAGGTATCCATGCTCATCATGGTAGAGACAATATTTCTCTTTATTCCTCTTATTTGGTCATGCCCTCATCTTTTTTAGTTTTTTTAACAAGTGCATGTGGCATATTTCTATAATTATCTCTTCCAGCTCTGACATGGTTTGCATATACTTCTCGAATTTATAAGTGGGTTGAAATCGTGTTGGTTCTCTCTCGTCCAATCATCGTACTTGAATTTTGTGGTAGCTTTGCATCCACAATCTCGTCAGTGAGCGGTGGGTCTACTTGATCGATAGGGCTTCTAGGTCAAATCCCTATCTTGATCTAGCTTTCTGCATATCCCTTATCTTGTCCTACATCTTTGCAAGTTTAGCCTTGCATGCCTCTACTTCATTCTTGACGTTCTGACTGTCTTTTTCTACTGTTGTATTTCTGCTCATTTTCTTCCCCAAGAAGCTTCTCAAATCCGTCTCTAGGAAGCTTTTTGATTGGTCCATCTCTCTCATCGTTTCTGTAGGCTAGGCTTGGCCTCGACTTAGCCCTTCCTTCACCTTTTTTTGTTGCTTTGTGTATCTCTAACTTTTGGCCCCAACACTGGCTATCGACTTTTTTAGCAGATTCGTATTTCCTTTCTTCCTTCTTATCGTTCTTGCTTTTCAAATCACGGGGATCCTTGTCTCTCTCCCCTTTATGCCATTTTTTGTTCGTTCCTACCTCAAAACTGTCTTTCCTTTAATTTTGAACAGTGTGGATAGGATTCTCTCATGCTCTCATTTAATGGAACTTTTTTCTTTGGCGGGATCGCAAATAAGCTCATCAAAATTATCTCGATTCTATCGATTGAGAACTTCAAGTAGCAGTGCAACGTTCTGATCTATACCATTCATCTTTCTATCCTTTAATGTGACAGGACTTGATTCCAATGGTTCTGTCGTTGACTTTTTCTTGGTTGGCTCGGACTCGGCCTCGACCTATTCCTTATCTTGATTGGAGAACTGATTGTTGATATGCCAAACTTGGTGTTACTGCAAGTGCAAGTGCACGTGTCAAGTTATAATATATAAAATGGCCTAAGCCAAGTATTGTCCTCAGGGAATCAGATTGACTATCTTTTAGCTATTTTAGAGACCATTCCGATTTTATTTAGGGGATCGACTCATGATGATACGTAATTAAACTAATCTAAGAAAACAAATAAAAGTGATTTAATATGGAAATTATCAACTAAGAGACGTTTTAAGGAATAAATTTCATCAAAGGTATTATTAAGCATAATTGCTTATTCTTGAAGTAATTAACACAACACCTAGATCTTGAAGTCTTTTATCCGGATTGTCCCTCTCGAGATCAACCTTTGCTTTCACTTAATCACTAAGACTAGTCTCTTGAAATTAGATAAATAAGCAAAGCATTAAGATTCTTCAACCACAATCTCTACCTGTTATCTGACTATTTTAGTGTTTTCAAATGATAGTCTAGCATGCATGATATAATTTAAACATACTCTCTCAAGAAAGATTCAAATCATAAAACCATTCCAATGTTGATCAAATATTCAAAAGCATTAAGAACGGTCATGCTAGAAAGCATAAATGCAAATTAATATTCAAGAAACAAAGTGTTCAATAATTTAAATCTAAGAATTCATCTACGCCCCCAAAACTATGAGAAAAAGCCTAACATGGCTTCCATGGATATAACCAAAATTAGAACACAAGAATACATAAAATCAACCAAGAGTAAAGAAGGAAATGAGAAGTTATCTTGCTTCCAAGCTCGTCTTGGGGATGGACTTGGCCTTCCAACGATCCTTAAACCTTCTGGCATCATGAAATCTTCATATTTTGTTCTAAACTCTCTCTTGGTCTCAAATACTCCAAATTCTGATGAGGAGGTTGGCCAAAAACTCTAGGTTAAATAGGCAAAGTTTTTCAAAATCTGCAACAAATCTTTCCAAAAATACACTGGCGCCGCGACGCTACCTTGTTAAGGCCACGATTGCCACAACGCAATGCTGCAGAGCACGCGACTACTTCGACATTACAGGCTCTCTAAAAAATGCGTCGGGTTAGCCCTATTTTTGGTCACTTTGTCTTTTTTTCCACTTTTTCTTTCCCACTTTGATCCTTCGGTCTTGGGTTATCTTGTTTATGCATTATTGGATCATTTTAGCTTGTTTTAGCTTAAAATTTTGTCCTATTGCTCAAATTTTAGAAATCACTAAGAAACAACATCAAAGCTAATATAAAAAAGTGAAATTTACTTTAAATCAGAAGCCTAATAAAAGATCTTTTTAGGTGTTTTTCAATTGTTCTTTTTCTCTTTTGTGAAATTGGAAACTCCTTTTGATTAAGGCTTCCCTTCCTTAAAAGCACAAGGGTAGACCTCGACCTTGGTCAAATGAGTCTGCTTTGTTTCAGCTTCGCTTACTTTACCTTCTTCTTTACCTGTCGCTTCAATCTACAACTTTAAAATTTTTAGCTCCTCTGGTTTTGGGTTTTGGGATCCAGTTCTCTCATCCCTTCTCCCTAGGCTTCGTTCTCTTCCTCTGGTCGAAGTTGGGGAATCCCATCCTCGGCTCGGTCTCCTTCTGACCAAGAGGCCAATGAGACTTGTTTTCTCTAACTCCCGTGGATGTTGGTCTTGATCTGAATCCTTACCATGCAAGGTCATGTTTTGATAATTTTGACTCATCCATATGCAATCTCTTATTGTCCTTGGATAATTTTTTTATTGTTCTTCTCCAGACGACACCAACTATTGATGGCAAAATTTGGACGGAATGAATAGTGTCCAATGCTCCTATGGAAACAATTGTAACTTTATAAAGGACGACAAAAACTTGGGGGACAAAAAGAATCTTCACATCGGTGTTGTCCTTGCCGCATAGACTCTGATGCTTAAGTTGGAAACAAAAGGGCAAGTATAGAAATTTGGGGTGAGTGGCTTACTTCCCTTGGAGTTTTCTTCTTCTACTTATAGAGCTTTTTTGCCTAATTCCTTTCTTTCTAGGGTTTCTAAGCTATTGTGTTGGCCAATTCTCCCTCCTTTGGTCGGATCCCTCGAATGGCAGCCATTCGAGGGTTAATCATTTGGGTCATTCCACTCCCCTCCTTTTGGCTATGCATGCCCTTTGGCTTCGCCTTTTGGTCGGTCACATCATTACTTCCTTTGTTATTTTACTCCTTAGCTCTTGGGTCTAAAATTATCCTCAACACATACGATCATTACTTAAGAGTACTTCATGTAACGCCCTAGATTTTTAAGATGAGATGAATTTGATTACTCATAAAGTGTCAATGCTTTACCTTAATGTCATGTTTTCAAGACATTTTGAATGTTTTATTGTGAACTATTGATTTTAATAGCCTTAAATTTAAATGTTCTTATTTAATTAAAGTTTTTAGGAGTCCATAACTAAAGTTTTGTTTTGATTGTTCCTTAAATATGGTCTTAACAATGTTTTATTTATTAAGGAAAATTTTACTTTAAGTTTAAATGGACAACTAATTTTGGTTTTCAAATTGCACATATAGTAATGACTCTAATTAGAGATCTCGAAAAGTCAAATGACTACCCTTCATATTAACAACTATGCAAAGTTGCTAGTTATTAGTATTATAGTCACAACAATCCCAAATTAAACTTCGTCTTATTTTAAAGTTTAGATTCCATGATCCTAATTAATATATATATATATATATATATATATACACCAAAAGAACTAAAAGTTATATATTTAATCTTTTTAAAAAAACTGATCTTTATATACTTTCATCTGATCAAAACTAAAAATTACATTTATACGGAGGGAAAAAAAAAGTTAAACACAAAGTGGCCCCATTTGATAACTATTGTTTTTTTTTTTAAATTAAGCTTCTAAATACTACTTTTACCTAATAAGATTCCTCATTTTGTTATCCACTTTCTATCGGTGCTTTCAAAAGTCAATTTTTAAAAATTAAAAAAGAAAAAAATCAAGTCTTTGTTTATATAATTTGGCTGAAAATTCAACTATTTTTTTTTTAGAAAAAAAAAGATAAAACAAAATTGATATGAAATGGAGCCAATCTTTTATTTTTGTCATATATGAATTATATTGATATAAAATACGGGTATATGGTTTATATTAAGCTCAATAACCCTAAAAGAAAGTCTAGACATTGACATGCATGTTCTTATGTTATAAGGAGATAAATGAATGGAAGAAGATTATGAAAGTGATGCTCTCACTCACATGGGCAAGCTAGGGAGGTGTCATTATATATTAAAAACCATGGCTTTGCATTGGCAGTCGCAATCTTTATATTAGACTTTGTCAGTTATGGGGTTTGTAGTGTAGCCATGTGAACTAATGTCAATTACTGGATGTTGACACATTATCAGATTAAAAATAAAATAAAAACATTTGTCCCTACGTTTTGGGTATTCAACTTTATAAAAATGTCTTAATTAGTGTTTTTATGCGGCAAGTCTTGGGATAGATTCGGTTGGCGTATGGATCTCACATGTGTTTGTCATCGTTGTAACTCTCGTGGACTTGACTTTCAGTTTGCTTTTTTTGGTCTAGTCTCGCTTTTCAAACCGACCTGCGTGAAAGATTCTCGTACTGGTGTGGTGTCATGCCTATATCACTTCTATGTGTAAGTTAGTAACTGGGAATGTATAGTTCAACTAAGCATACAAAAGTAAGGTCAGAGTTTTCCTTAAGAGATTGATTACCCTTTCTCCTTTGGGGTCATCGAAATAGGCTATTTATAATGTCCTTCCTTTGACAGTCGGCTGCAGTTATGTGTAACTCTAGCGATATCAAAGTAGTTTACAGCACTTGAGGTTGCAACCAATAGCGCAACTCAGTTATTTCCTGATTGGTAATATATTTGTCTACTCGGTTGATCAGCCTAGAACCTGAGGCTCTGCCTTTCCCTTATGGGATGCATGTTTCCCCACGTCGCCTACCAGTTTTCATTAGGATTCAACTCGCTCGTAGGCTTGGGGCCTTGCCGTAGAACAACCCTCAACAGATTTATTATTGTCATATTGTTTCATTAACAACGTTGTTTATAAATAATGTTCAATCTGAAAATGAGATGATATGAATATTAAAGTAAATGAGATTATTTATTCAAAGTGGAACACTTTGTTATGTTATTTTCTCTTAAATTGATATTATTAATAGTTCACTATATATTCGACTATGAAAATATCAAATTACTCAATATATTTGGAAATAGTATTTAAGAAAACAGATGAATCTATGTTAGGAGGTTGGAGTCTTTACTAATTTAGATTTAGTTTTTGAATTTTTTATTTTTTCATTTTTCTAGAAATATCCATTGAAATCAATATTTTATCGATATTTCCATCGCAATTTCCATAAAATTAAAGTCTCGATATTTTTGTCGACATCAACATTTAAATGTACGTGTACTATATATATAACTATTGATGTGGAAATGATGAAAAGATATTAATATATTTTGTATTAAACAAAAAATAGAAAAGAGAAAGGACGATAAGATCTTATATAAACAATGCCAAGACCAGCTGACATATAAAATAAATTTATTTTTTATTTTCAAGAATTATTACATGTGTGCACTAACATTGCATAATATAGAGGACCTTCTCCTCAACTCATGGCTCTAGATACCTAGTTTCAAAAGAAACCATCATCATCTTAAGCACCCTTTTATTTTCGAGAACAAAAGCATATACGAACCTCATTATTAGGAGAAAATATTACTCTTTTTTGTTTTCGCTAGGTTGAGAATATAGTTTTCATTTGTTACCTAATTTTCAAAATGTGATATTTATATCTCTGAATTTTATGTTTAATTTTAATTTGGTCTCTATTTCAAAATGTTACATTTGTACCTTTTAGTTTTGAGTTTAATCCTCATTTAGTCCCTAGGTTTCAATAGTTTACGATTTAATTCTAAAGTTTTAACTAGAACTCACTTTGTTCTTTTGTGTAAAATTTCCATTATTTACTTAAAAGAATTATGATGTGAAAATATTTCATTAATTTTAATATCATTGAAAATTAATGAGAACTAATTGAATTGTAATTAAGTAATTCTTTAAAATTAATTAATAGATATTAACACCAAGGACAAAATGTAAACATTTAGTGAAAATTTAAGGTTGAAAGTGTAAATTTGAAAACTTAGGGATCAAATGAAAACAAAACTCAAAACTCAGGGATAAAAATGTAGCATTTTGAAACTTAGGAACCAAATAGAAATCAAAACCAAAACACATAAGTAAACGTGTAAGATTTTGAAAGGACCATAAACGAAAATTAGACTCAAACCATAAAGACGAAAAACATATTTTCCCTTATTATTATTATTATTATTATCATACTAACACTAATTAAACCATATGTTTAGAAAAAAAAAAGTAGCTAATAAGGCCACTCCCCATCCCAATTGCCCGGAGGATCATAATTGCAAGACACAAACCACCAAGCATCATTACGAGCACGTTGGGGCAGAAGATTGGCGATATGCCAATACATCCCGCGTTCCTTGTCACGTGTAACTCCGATGGAGGTTATAGGACACGTTGGGAAAAAAGATTGGCACTACGCCAAGGCGTCCTGCGTTCCTTGTCACGCACAACCCCGATGGAGGTTATAGGGCACGTTGCGTCCTACGTTCCTTGTCACGCCAATCCCAATGGAGGTTATAGGGCACGTTGAGGCAGAAGATTGGCACTAGGCTAATGCGTCTCGTGTTCCTTGTCACGTGCAACTCTATGGAGGTTATAGGGCACGTTCGGGCAGAAGATTGTCGTTACGCCAATGTGCCCCGCATTCCTTGTCACGCGCAACTCCGATGGAGGTTATAGGGCACGTTGGGGCAAAAGGTTGGTACTACGCCAATGCGCCTCGCGTTCCTTATCACCCGCAACTTCGATGGAGGTTATCCACTAGTAGACATGTAGCAGATATGTCGGTGTTAACACGTCTTGAAAGATGTTAATGTGTCCTGCATTCCATCAAACCTATAGATAGAGAAGTGATAGACGCAAGCGCACGTGTCGAGTAATAATATAGTTAAAACGGCCTTGACCGAGTATCGTCCTCAGGAAATCGAATTGGTTAATTTTTTAACTATTTAGAGATCATTCCAATTTTATTTAGGAGACCGTATTGTAATGACACTTAGGGTAAACTAAGCTAAGAAAGCGAATAAAAGTGATCGAGATAAGGAAATTATCAACTAAGAGACGTTTTAGGAAATAGATTTCATTAAAAGTATTATTAAACACAATTGTTTGGTTCTTGAAGTAATTAACATAACACTTAGTTTTAAAAGTCTTTTATCTGGATTGAATCTTTCGAAAACAACATTTTCTTTTGTTTAAACCCTAATTACTAATCGCTTGAAACTAAATGATTAAGCAAAGCATTGAGAGCCTTCATTAGCAATCTCTACCGTTATCCAACTACTTTTTGTCATTTCAAACGATAGTCTAGCATGCATGATCTAATATAAAAGTCACTTTTCAAGCAAGATTCTAAACCATGAAATCATTCAAACATTGATCAAACATTCAAAAGCATTAAGAACGGTCATGCTAGAAAGCATAAATGTAAATTAACATTTAAGAAGCAAAGTGTTCAACAATTTAAACCTAAGAATTTATCCACTTCTAAAACTATGAGAAATTTAGCCTAACATGACTTCCATAGATAAAATCCACATTAGAACAACAAAATATAGCAAATAAACCAAGAATAAAGAAAGGAAAGAGAAGTTATCGAACTTCCAAACTTGTCTCCGGGATGGATATGGTCTTGCAACGATCCTCGAACCTTCCGACATCATGGTATCCTCATACTTTGCTCTAAACTCTCTCTCTTTCTAAGTATCAAATACTTCAAATCTTATGATTAGGGCTGCTGAGGACCTCCCAATTATAGAAGGTTAGAAACTTGGAGCTCAATTAATTTCCAAAATTACAAAATTTTCATTTTTTTGGAAAGAGAGCGTCGCTACGCTCCCTTACAGCGTCGCGGCACTCTGGTCAATTTTTCGCAACATAATGCTACGCTCAAAAGAGTGCAACTATGCTCCCTCAAATGCCAAAAATTGTTGCTCTCGGGTCTAGAGCGTAGAAGGCCAGCATAGCTACGCTCTAGCTGTTACGCTGCCCTGTTTTCTAGGGTTTTTTATTTGTTTTCATCCGATTTTTGTTCAGTTTGGTTCCTTTAGCTCCTGAAACTCATTTTCTTCATTAATTACCTGAAAACCACTAGCAAACACATTACATCTACTAAAATATCCCTAAATAAATAGTAAATAATGCAAATTTTAAGTGTGTTTCAAGAAACAACAACGCGACTATCAAACTTGGAGATGAAGAAGCAACAGTACTACCAATGAACTTGGAGATGGAGATGCAGCAACGATATCATCAAATTTAAAAAAATAGATAAATTGCAACGCAGTTGTCGAACTTGGAGATGGAGTAAAGCTGCACCAGCATTTCGGAGGAGAAGCAGAGCTGCACCGACATTTCAAGCACCATTGCGAAGCTGCACTAATATTTTGGAGGAGGAGCGAAGTTGCGCCAACATTTTGAGCGCTATTGCATAGTTGTGCCAACATTTTGGAGGAGGAACAGAGTTGTGCCAACATTTTGGATGAAGCGGAGTTGCGCCAATATTTTGGAGATGGATCGAGCTGTACCAGCATTTTGGAGATGGAGCGGAGCTGAGCCAATATTTTGGAGATAAAACGGAGCTGCACCAACATTTTGGAGGAGGAGAAAAGCTGTATCGACATTTCGAGCACAATTGCGGAGCTGCACCAATATTTTGGAGATGGAACGGAGCTGTGCTAATATTTTGGAAACAGAACGGAGATGCCCTAAAATTTTGGAGGAGGAGCGAAACTGAACCAATATTTTGAAGGAGGAGCGGAGTTGAACCAATATTTTGGAGATGGAGCGGGCGACACCAATATTTTAAAGATGGAGCAGACCTGATCTTTCAGATGAGGTAGAGTAAAGCATATCGAACTTGATCTCACATATGAGGTGAAGTCAGGCAGATCAGACTTGATCTCGCAAATAAGGCGGAGCCAAGCAAGCTGGACCTAATCTCGCAAATGAGGTGGAGCTAGGCAGACTAAACTTCATCTTGCATATGAGGCCAATCATCCAAACTTGAATTTGATAAAGCATCGACAAATCTTTCGAATTTGAATCTGAAGAAGCATCGACAAAACCTTTGAACTTGTATTGGAAGAAGCATTGGCGAAGTCTCCGAACTTGAGTTTGATGAATCATTCATGAAGTCTCCGAACTTGAAGGTGAAAATACATCAACGAAGCCTTCGAGCTAGAATATAAGGAAACATCAATGAAGCCTCTGAACTAAAGCGAGCAACCCCTGTACTCAAAGCTTATTTAAAGCGAGCAGAGAATAGCACAAAGTTTCTTCGAAGGCTACTTTATAAGCAGACAACTTGTAGTGTCTTGCTTCTAGTGCTACACTCCTTTGATTTGTTGGGTTGCTGTTAGTAAGGCATCTTCTGTTGGGTTTTATGTCCTAAAACTTGTAGTTTGTAAACATTAATATGCATTCTATTTATCAATAAAGTTTTTATCGAGGTTATTCGGTAAACATGTTATTGAATAAAGTGAATTGTTGTTAATATAACTTTAAATCCAATAAACTAAGAACCCATGACTTTAGTATGAAAACTTGAACTATATGTAGTGACATAAAAGTGGATCAAGTTCGAGTAAAATAGCCAGAACAGTCAATAGTATAGGGATGAGGATGGGTACCTTATCTTGGGGACACTATTGAATGTGGCCCACTTTGTATTTAGTACAAATGATTTGATCCTAAATCATTAATGTGGAGACATGTGAGTGGGGGCATTCTGTGCAATGAGTTTGCATAAGACCGAACCACGAAATAGTTACTACTACTTTATAACGCCATTTACTGTTAAATACTAACTATTTCAACTAGATAACGTAGGTAACTCGATCTCAATCCTGAACTAACTATGAACTCCTATTTATTCGGGATTATCCTTAGATCTGCATGGGTGAAAGTGGCCCAGGTGCGCCGACTCAATAAGCCTCCCATTTCAGGGGTAAGACCAAGTAGATAGGTGGAGACATAGTCTTGCAAGACGGAATTCACTCCTACCCGACTTAGATTAGTAGATAGGTTGTTCCCTTAAATATTGATTTCGGGTCTTGAACAAGGAGCCACACCCTCTCATTGGCCCGAGAGGGACTCGGTTTAGTGATAGGATCACAAACCAATTGTTCATTAGAGGATCAGTTGGACTTAAGGAACAAGATGTATTCATAAGGGTAAAACGGTAATTTTGACCTAGCTGTGATTACGGACAACCTATGAAGAATCGACTTACTGATTATGGTTATATCAAGTGGACATAAATATATCTACAATGAGGAGAGTGCAGCTACGGGCTTTAGTAGAGTGTTCTGTTAGTTAACGAATGTTGGTTAACTAGGTTAAAGAATTTAGCCGGTTAATCTCGGATCGTTGGAGCTCATGATCTGTAGGTCCATTAGGTCCCTCTACTAGTTCATAAATGGATAGAAACCTTAGATAGTGTGGTGAGTAAGTTTGAACCGTTCAATCTCGGCTTAAGGAATGAAAGTCAAATATATACGATATATCAACGTTTAATTACAAATTAAACGGACAAATAGAGTTAATTATAATATTTAAATATGATTTAAATATTATTTATATGGATAGAAATTCATATTGGTTTTTTAGAAAAATCGGAATAAGTGGAAAAAATAATATTATTTTATTATCTAATATAAAAATAATATTATATTTAATTAATTAAATATTAAATTATTTTTTATTTAATTAATTATTTTTAAATTAATTTTTGAAATTAAAAATCAAATTAGAAATTGATTTTTTTATTCAATTTTGAAAATTCATTTAAAATTGAACTTAAAATTAATTTTTGAAAAATTGGATTTTCCCACTAACTAAGCTACTACCTTAGTTGTTAACTTCTCAATTAGCCAACAAATTGGAGTTTTGTGTTGTCAATTTGTGATGCAGTTAGATTGCATGTTAATCCTTAATAAGTAAAGATAATTTTGGCTAAAAATGGATTAAGAATTTTGTGAAATTAAGAGTTAATTTTGAAAAATTCTTTCATAGCCCATTTTCTTCTTCAACCTTCATTCCATCACAAATTCACCACAAAATTGGATCCACCATTTAATCTAACGCCAGAGAATAATAGAGAAGACTCTTGTGGTGATCTACAAACAAGTGGTATTCATTTTCATCAAGAAACAATAGAGAATTTAGAGCTTCAATGGTAAGTATTCTTAAAACTCTAGTTTTCTCCTTTTAATTGCATGTTTTATCCTCAAAATTGAGCATCTTATAGTGAAAATTGATCAAATTAATTTTCGCTGCATGCTCGTATGTCCTTGATCTTCAACCTTTAGTGACATCCTTTAACAAACACCATCAATTTTCTAGTGTCACGCTTTAGGCGATTGTGACACTTTTCTTTTTTTGGATTGAACTTAAATATCTTTAAGAAATCTACGTACCCTTTATAATGTATAGGGATCAAGTCATAACGTAATTCAACTGAGTTTTTTTGCTTTTTACTGGACTGAACTTAAATTTCTTTAAGTTGCCTACGTACCCTTTATAATGTATAGGGATCAAGTAATAACGTAGTTCAACTGAGTTTTTTTGTTTTTTACTGGACTGAACTTAAATTTCTTTAAGTTGCCTACATATCTTTTATAATGTATAGGGATCAAGTCATAACGTAGTTTAACTGAGTTTTTTTTCTTTTTACTGGATTGAATTTAAATTTTTTTAAGTTGCGTATGTACCCTTTATAATGTATAGGGATCAAGTCATACTGTAGTTCAAATACTTTTTTTTTTTATCATTCACCTTTTAAGCTCATGCGGACCAGGAGCACCATGCAGTTTAGGCTCTTGCGATGGGGTGCTTCTACATTTAAACTTTAGAAGCTCTTATTTCATCATGACTTTGTTCATCTTCTTCAATCGAAGGATTCGTCAATATGATGAGTTTTGACTTCACCGTCAAGGAACCTTTTGTATTTATGTCACTAGACAACTTCCTCTTCATGCGTGAAGGGACACAACTGTGAATCTTCTCGTTGTTGTTTTCTTCATGAAATGGTTTTGCTCCAAGGTTTTCATCTTTCTTTCATGTTCACCGCTTGTCATTTTGAGATGATCAAAAGCAGATGTTGAAGGTCGATCCTTCTTTGATGTGGAGATACTTAGCCTTTGAAGCCTAAACATTGATCTCTTCTTTTATCTTGGCCATACCCAGTCTTTGGAAGACTAAAGATTGAAGGCTTGAGACGATCGAATACAGAAGTTCTTTACTTGGCTTCTTTTGAATCGTCGACTTCTTCAACAGTTATATGATTGCTTTCTTGTCTTGCCCTTCCCAGTTATACGAACCAGCTTAATGGGACTTATATCCAAATCCTTTTCTCGACGTGGGTATAGCATACCCCTATTTCAAAAGCTTCTTCTAGAATGGAGAAAGTTCAGGCTGCTCATAGATTTTCAAGCTCTTGAATTTAGTGTGAGTTATGAAGTCATAGCCTACTTTTGCCAGCAATTTATATGTAACGACCCGACTTTCTAGGACTTGTACTAGGCCGTTACTATATGCATGCTTACATCACAAACGACTCTTTTTTATAAATTTAACAAAAATTAACAAATTTCATAAATCAAATAATTTTTATAAATTCTAAATAACAGAAAATTCCTAATCGAGGTACCCCTAAAATTATAAAACAAAACTGAAAGTTTGTATGATTTGTTTAACAGCGCAAATACTAGAATTTAAAATTTAAAACATCAAGCCTAGAATTTCAAAACATGAAAACATGGAAAATGTGTGGGGAAGCTTCTATTTGGTCCCAATAGTCCACTACCAGGGTCAGGCGGTGCATTTATATCCTATAAATGCAATCATATTAGTGGGATATGCATACATCAACTAATCCTAGATGGCCGATGCGCGATTTCCGCAAGTGCATGGGTTAAGTTATAATATAAAACAGTTAAGACCGAGTATCGTTCCACTAAGGATTATAGCACGTTTAATTACTAAGCTATTCAAAAATTGAATCAACTTTATCTAAGAAATCGAATTTGAGTCTGTGTTGAATTGGAAAACAAACAAAAAAAGTAAAGACAAGTGAAAATTAAGAGATAAAAGCGTTCTAGGGTGTTGATATCATTAATTACTTCATTAAGTCATACTTTATATTTTCATGGAATTATGTGTAAACAATATGTTTAAGTCTAGAGACTATTATCCAGATTATTTTCTCTAAAAAACAAACATTTCTCATGCAACTTAATTGATTACTGATTTCTTGAAACCAAGATAAGAAGCATAACATTAAACACAATCATTAACAACTTCCTCTACCAACCTAGCTATTTTCATGAAAGATTGATAAAAGTTCAATACCATATATCCAATTAGACATATAATAAATTACTCAGTCATACATCCAACCTAACAATTATTGATGATCAATCAAAGGATAATGAAGCACAATAGTATTGAAAAACATATCATTCAACAACATCCATGAAAAGCACTAAAATATTAACTTAAATTCATAATTAAATCATTCAACACCCTAAAACTAAGAGTTTAGCCACACAGTCATCAAATACATACTATCATATGAGTTCTCAAGCATGAGAGTAAAGAGAAAGAGAAAACTTAGGAAGAATAACTCTTGAATTGCTTCTCGAGTTGAATTCCTTCGATCTTTACTTAGTCAGCACCTCGGGATCTCGAACGGCCTCCAACTCTCCTCCAATCAATTTTCTCTCTTTTTAGTAGCAATCTCCCACGTTTAGGCTTTGATATTTCGTGATTAGGATTGCTAAACACCATCTAATTTATAGAATTTCTCAAACTTGCAGCCCAAAAATTTTCCAATTGTGCAAACTTTTTAATTTTAGAAAGAGAGCGTCGTACACTCCCTTAGAGCGTCGTGACACTCTGGCTAATTTCTACAGCTCAACACTCTCTAATGAGCGTAGCTATGTTCCCTTAGCTTCCAGATTTTCTTGCTCTCAAGTCTAGAGCGTAAAGGGGCACATAGCGACGCTCTAGCGTTACGCTGCCCTGTTTTGAGGGTTTTAAACTTGTTTTGATTCGGTTTTGGCTCGATTTGGTTCCTTTGGCTCGAAACTCAAATAAAGAGTATGTTGGGAAAAACCTCGCACTTCTATCACAGGAATAAGCAGAAAAATAATAGAGAAATTAATAAAAGAAAGCAGTAAAACTGGAAACACAAGAACTAACGTGGAAAACTCCCAACTCAGAGAAAAACCACGAACCAGAAAAAATTCACTATGTGAAAAATCGTTACAATCATAGAGAATAATTCTCTTTCCCGATCCTAATTACAAGAGCACTCTCTCAAAATTTTTATACTACTCACACCCTTTTCCCACTCTCAAACTAGAGAATACATAAAGGAAATTTAACTAGAGTTAGCACACTAGGCTTAAAGTATTTCTAACTAGGACGACTTGAAACTAGAGGCATAGGCTCCTTTTATAGGCTTGGAGTCCATCCCCATTCTCCAATTTAACCGATGTGGGACAACTACATTTCTAATATTTTGCAAAAAATCCAATTCCAAATCAAATAAAACAATAATCTATGATGCCAAATTCGAAAAAATCTATTTGCAAAACCCAACATTCAAAATGTAGAGTTAAAATACCCATCTTTTCTCTTAAATTTGTTTCAAATTGAATATCAAAGCATAACCTGGCTCTGATACCAATTGAAGGAATTGAATTTTGAGCGGAAGTGCATGAACATCGTGCAATTGATATTTAATTATGAAACACCAAAACACAGAGAAACAAAAACTACAGGATAAACAAAATAATTCCCTTAGCATGCTTTCTACAGAAGAATTAAGGAAGAAATTTCACAAATCTTTGAAGACCAATCTTCATAGTATTTCTTCTTTTCCTTCTTTGGATTACGAACTCGTACAGAGAACAGTAATAGGGACACCACTGTAAATCAATCCAGAGGAGTTGTGGGCTCTCTGTTCTTTTTGGTAAAAGAATTTAGATTGTTCTTGAGAGAGTTTTCTATATTCCAGAGAGAGTACCTTTTTTTTTTCTATGTTCTGTTAGTGTATCTCTATGAGAGAAGAGAAGATGGGAGTTATTATAATAACAATAATATTATTAATATTAAAATAATTTTAATAATAATAGTAATAATATTGATTTAATATATATATATATATATATATATATATATATATATATATATATTAAATCATATTTAATATATATAATGAAATAATAATTAATTAACAATTAATTAATTAATAAATTAAATATCACATATTTAATTTTATTTGAATCATATTCAAATGATAAAACTCTCACATGACCTATAGTTTAATATGAATCATATATTCACATTAAATTTAACCTATAGTTTTTATATGAATCTAATTCATATAATTAATATTTGATCTTATTCAAATATTTTGTCTCTCTCATCATATAAAATTTAAATTTGAATCTCATTCAAACTAACTTTATATTATAATGTATCTATATACATTATCTTAATTGTATCATATACAATTAATTTCCTTATTTAATTTGAACAATTCAAATTAATCCAAAATAATTTATTCTTATCAAAACCCTCAATGAGTTAGAAAGGGGACCTTATGGACCTATAGATTAGAAACTCCAATGATATGAGATTAATTAATTAAACTCTTAAATTATCTTAAATTAAATTAATCAATATTCATTAATTGTAGGTCACTCCACTAAAGACCTACAGTTGCACTCTTTGCACTATAGATATATTTCCGTGTCTACGGATATAACCAATCAGCAGTAAGTTGACCCTTCACAATTGCTCATAACTACAGCTAAGTCAAATTACCGTTTTACCCCTGTAGTACATCTAACTCCTTAAGTACCATTGATCCCTCTAATGAACAAACAGTTTATAGTCCAACTATAAACTATACTCTCTTGGGCCAGAGAGAGGGTGAGGCCTCATTGATCAAGACCCGAAATCAGCCCTCAAGGGATGAATTATCCACTTATCCTAAAGATGGGAGGGAGTGAGTTCCATCTTGTGAGAATACGTTCCCAACTCCCTAATGAGACAAATCCCCAAAATGATAGGCTTACTGAGTCGACGATCTGCCCACTCTCACCCATACAGATCAAAGGATTGCCCTCATAAGCAGGAGTTGATATCCACTTAGGATTAAGGTCAAGTCACCTATGATCATCCTATGAAATGCTAATTTCTTCAATTAATGGTGTTATAAGGAGAAATTAAACATTTCGCAGTCGGTCTTATACCAACTCTTTGCATAGGATACCCCCAATCACATGTCTCCACATGAACGATTAGGATTACATCGTTTGTAACACTTTACAACTCTTATAACAATTACAAAGTGGGCAGTATTCGTAGTGTTACCAGGTTAAGGCACCCAACTTTATCCCTATACTACAAACCTTTTTGGTTATTACTTAAACATGATCCACCCTTGTTTGTAAGCGAATCGTGTGGATGTACTTGAAGTTGGAATCTCTGAGGCATGTATGTATTCCAAAGAACTTCAGTCTTCAAGTGTGATTCAACTTCCGGAGTTAAGGAGTCTTCTGATTGTAGGGAGAATTCTCTCTAGGCTCTCTGGTGTCTAAAATTTCTGATCACCTCAAATGAAGGAGAGCTCATATATTTATAGAGTTCTCATGTTGGCTTTATGGACTTAGACTTGGCTAGTCCATGAACCTAGCCCTTAGGCTCAACTAATTAGATTTGTGCCTTTGTTGGCCTTTGGGCCAAATTAAGTTTACAATTTTTGGACTCAATTGGATTTTAGTGCAAATATTAATAAATAATTGAACAAAAAATAATTAATTTGATCCAACAGTGAGGACGAAAACATGTGACACCATCATCATTTGTCAATTTACATCTTCAATAGCAATTTGGGACACATGTCAACTTTTAATTAGTCCCAAATTTAATTATTTCTAATTTCACCATTAATTTGAGAAATGATGTGACAATTTGTGGTTGGTCCAAAATTTCTCATTCAACACATGTTGTTCAAGTTTTGCCTGTAACAAAATCAGTCAATCATACTGCAATAACAACATTTGTGTGTTTTATGATATATATTTTTAGTTATATGAACAATTTTTTAAGGATATAATGGAGATGTTTATTTATCTCCATGTCAATATTGAACCCATGAACATATGAAATTATTGCAGAGACAAGAATTTAAAACCTTAATTCATACACGGTATTATCCTATTAATAGTAATATATATAGTAATATATATATATATTACTATGTATATATATATTGAATTAGTTATGAGAAATTATGGAGAATTTATTTGGTGCCTCACTATTATTAGACCTTTGCTCTGTCTTCCAAAACAACCCCTAAAATGGAACCATACTCATCTTTATTCTCTGTATAAAAGCTTAGCTAAGCCAAACCCCAAACCCCAAATCTCCATATCCAACACAATCAATTATTCCTCCAACTTGCTTATAAATATGGCATTTACCAACATTTTCTTCGCCCTTTGTTTGTTGGGACTAACCCTAACTCTAGCACCCATTGCCCCCATCATGGCTAAAAGCTACCCTAAAAACTACATTGCCGCCCACAATGCCATTCGTTTGCAGGTTGGTGTCGAGCCCCTCCATTGGAACGCCACCTTGGCAGCGTATGCTCAAAATTATGCCAACACGAAGATCGCCACCTGTCAAATGGAGCACTCTGGAGGACCTTATGGCGAAAACTTAGCGGAGGGATACGAAGTGATGACAGCAGAGACGGCGGTGAGTCTCTGGACTGATGAGAAGAAACATTATGACTACAATTCTAACACGTGTGTTAACGACTCTAGCCATTGCCTCCATTATACACAGTTGGTGTGGAGTAACACCAAATCTATTGGTGCCCAAGTGAAGTGCCAAAACAATTGGGTTTTTCTAATTTGCAACTATTATCCTCCAGGAAACTATATGGGCCAACGTCCATATTAA

mRNA sequence

ATGCTTGGTTTTCTCCAAATTTCCATCTCCAAGGCACAAAACTCCCCTCAAGACTTCGTCGATACCCACAACGTCGTCCGAGCTGCAGTGGGTGTCGGTCCAGTCTCCTGGGACGACACCCTAGCCACCTATGCTCAGAATTACGCCGATAGTAAGATTGATACCTGCGAGATGGAGCACTCCAATGGGCCCTACGGTGAAAACCTCGCTGAAGGGTACGACGAGATGACGGCGATAGAGGCAGTGAAGTTCTGGGCGACCGAGAAAAAGTTCTACAACCACCATTTGAATCGGTGCATCGGTGACGAGTGTGGCCACTATACGCAAATAGTTTGGAGGGACACTAAAAACATAGGGTGTGCTAGAATGAAGTGTGAGAACAATTGGATTTTTGTGATATGCAACTATAATCCTCCTGCTAAGCCAAACCCCAAACCCCAAATCTCCATATCCAACACAATCAATTATTCCTCCAACTTGCTTATAAATATGGCATTTACCAACATTTTCTTCGCCCTTTGTTTGTTGGGACTAACCCTAACTCTAGCACCCATTGCCCCCATCATGGCTAAAAGCTACCCTAAAAACTACATTGCCGCCCACAATGCCATTCGTTTGCAGGTTGGTGTCGAGCCCCTCCATTGGAACGCCACCTTGGCAGCGTATGCTCAAAATTATGCCAACACGAAGATCGCCACCTGTCAAATGGAGCACTCTGGAGGACCTTATGGCGAAAACTTAGCGGAGGGATACGAAGTGATGACAGCAGAGACGGCGGTGAGTCTCTGGACTGATGAGAAGAAACATTATGACTACAATTCTAACACGTGTGTTAACGACTCTAGCCATTGCCTCCATTATACACAGTTGGTGTGGAGTAACACCAAATCTATTGGTGCCCAAGTGAAGTGCCAAAACAATTGGGTTTTTCTAATTTGCAACTATTATCCTCCAGGAAACTATATGGGCCAACGTCCATATTAA

Coding sequence (CDS)

ATGCTTGGTTTTCTCCAAATTTCCATCTCCAAGGCACAAAACTCCCCTCAAGACTTCGTCGATACCCACAACGTCGTCCGAGCTGCAGTGGGTGTCGGTCCAGTCTCCTGGGACGACACCCTAGCCACCTATGCTCAGAATTACGCCGATAGTAAGATTGATACCTGCGAGATGGAGCACTCCAATGGGCCCTACGGTGAAAACCTCGCTGAAGGGTACGACGAGATGACGGCGATAGAGGCAGTGAAGTTCTGGGCGACCGAGAAAAAGTTCTACAACCACCATTTGAATCGGTGCATCGGTGACGAGTGTGGCCACTATACGCAAATAGTTTGGAGGGACACTAAAAACATAGGGTGTGCTAGAATGAAGTGTGAGAACAATTGGATTTTTGTGATATGCAACTATAATCCTCCTGCTAAGCCAAACCCCAAACCCCAAATCTCCATATCCAACACAATCAATTATTCCTCCAACTTGCTTATAAATATGGCATTTACCAACATTTTCTTCGCCCTTTGTTTGTTGGGACTAACCCTAACTCTAGCACCCATTGCCCCCATCATGGCTAAAAGCTACCCTAAAAACTACATTGCCGCCCACAATGCCATTCGTTTGCAGGTTGGTGTCGAGCCCCTCCATTGGAACGCCACCTTGGCAGCGTATGCTCAAAATTATGCCAACACGAAGATCGCCACCTGTCAAATGGAGCACTCTGGAGGACCTTATGGCGAAAACTTAGCGGAGGGATACGAAGTGATGACAGCAGAGACGGCGGTGAGTCTCTGGACTGATGAGAAGAAACATTATGACTACAATTCTAACACGTGTGTTAACGACTCTAGCCATTGCCTCCATTATACACAGTTGGTGTGGAGTAACACCAAATCTATTGGTGCCCAAGTGAAGTGCCAAAACAATTGGGTTTTTCTAATTTGCAACTATTATCCTCCAGGAAACTATATGGGCCAACGTCCATATTAA

Protein sequence

MLGFLQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMKCENNWIFVICNYNPPAKPNPKPQISISNTINYSSNLLINMAFTNIFFALCLLGLTLTLAPIAPIMAKSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYAQNYANTKIATCQMEHSGGPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSHCLHYTQLVWSNTKSIGAQVKCQNNWVFLICNYYPPGNYMGQRPY

Homology

[Close]

BLAST of Lsi03G006210 vs. Swiss-Prot
Match: PRB1_TOBAC (Basic form of pathogenesis-related protein 1 OS=Nicotiana tabacum PE=3 SV=1)

HSP 1 Score: 183.7 bits (465), Expect = 3.2e-45
Identity = 74/133 (55.64%), Postives = 99/133 (74.44%), Query Frame = 1


Query: 7   ISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYG 66
           I  SKAQNSPQD+++ HN  R  VGVGP++WD+ LA YAQNYA+ +I  C M HS+GPYG
Sbjct: 18  IHSSKAQNSPQDYLNPHNAARRQVGVGPMTWDNRLAAYAQNYANQRIGDCGMIHSHGPYG 77

Query: 67  ENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMKCE 126
           ENLA  + ++ A  AVK W  EK+FY+++ N C+G  CGHYTQ+VWR++  +GCAR++  
Sbjct: 78  ENLAAAFPQLNAAGAVKMWVDEKRFYDYNSNSCVGGVCGHYTQVVWRNSVRLGCARVRSN 137

Query: 127 NNWIFVICNYNPP 140
           N W F+ CNY+PP
Sbjct: 138 NGWFFITCNYDPP 150

[Close]

BLAST of Lsi03G006210 vs. Swiss-Prot
Match: PR1A_SOLLC (Pathogenesis-related protein 1A1 OS=Solanum lycopersicum PE=2 SV=1)

HSP 1 Score: 168.7 bits (426), Expect = 1.1e-40
Identity = 69/137 (50.36%), Postives = 97/137 (70.80%), Query Frame = 1


Query: 4   FLQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNG 63
           F+    S+AQ   ++F++ HN  R  VGVGP++WDD LA YAQNYA+ + D C M HS+G
Sbjct: 13  FIIFHSSQAQTPRENFLNAHNAARRRVGVGPMTWDDGLAAYAQNYANQRADDCGMIHSDG 72

Query: 64  PYGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKNIGCAR 123
           PYGENLA  + ++ A  AVK W  EK++Y+++ N C  G  CGHYTQ+VWR +  +GCAR
Sbjct: 73  PYGENLAAAFPQLNAAGAVKMWDDEKQWYDYNSNTCAPGKVCGHYTQVVWRKSVRLGCAR 132

Query: 124 MKCENNWIFVICNYNPP 140
           ++C + W+F+ CNY+PP
Sbjct: 133 VRCNSGWVFITCNYDPP 149

[Close]

BLAST of Lsi03G006210 vs. Swiss-Prot
Match: PR1A_TOBAC (Pathogenesis-related protein 1A OS=Nicotiana tabacum PE=1 SV=1)

HSP 1 Score: 166.4 bits (420), Expect = 5.3e-40
Identity = 78/142 (54.93%), Postives = 99/142 (69.72%), Query Frame = 1


Query: 1   MLGFLQISIS-KAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEME 60
           +L FL IS S +AQNS QD++D HN  RA VGV P++WDD +A YAQNYA      C + 
Sbjct: 18  LLLFLVISHSCRAQNSQQDYLDAHNTARADVGVEPLTWDDQVAAYAQNYASQLAADCNLV 77

Query: 61  HSNGPYGENLAEGY-DEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKN 120
           HS+G YGENLAEG  D MTA +AV+ W  EK++Y+H  N C  G  CGHYTQ+VWR++  
Sbjct: 78  HSHGQYGENLAEGSGDFMTAAKAVEMWVDEKQYYDHDSNTCAQGQVCGHYTQVVWRNSVR 137

Query: 121 IGCARMKCENNWIFVICNYNPP 140
           +GCAR++C N    V CNY+PP
Sbjct: 138 VGCARVQCNNGGYVVSCNYDPP 159

[Close]

BLAST of Lsi03G006210 vs. Swiss-Prot
Match: PR1B_TOBAC (Pathogenesis-related protein 1B OS=Nicotiana tabacum PE=2 SV=1)

HSP 1 Score: 161.8 bits (408), Expect = 1.3e-38
Identity = 76/142 (53.52%), Postives = 97/142 (68.31%), Query Frame = 1


Query: 1   MLGFLQISISK-AQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEME 60
           +L FL IS S  AQNS QD++D HN  RA VGV P++WD+ +A YAQNY       C + 
Sbjct: 18  LLLFLIISHSSHAQNSQQDYLDAHNTARADVGVEPLTWDNGVAAYAQNYVSQLAADCNLV 77

Query: 61  HSNGPYGENLAEGY-DEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKN 120
           HS+G YGENLA+G  D MTA +AV+ W  EK++Y+H  N C  G  CGHYTQ+VWR++  
Sbjct: 78  HSHGQYGENLAQGSGDFMTAAKAVEMWVDEKQYYDHDSNTCAQGQVCGHYTQVVWRNSVR 137

Query: 121 IGCARMKCENNWIFVICNYNPP 140
           +GCAR+KC N    V CNY+PP
Sbjct: 138 VGCARVKCNNGGYVVSCNYDPP 159

[Close]

BLAST of Lsi03G006210 vs. Swiss-Prot
Match: PR1C_TOBAC (Pathogenesis-related protein 1C OS=Nicotiana tabacum PE=2 SV=3)

HSP 1 Score: 160.2 bits (404), Expect = 3.8e-38
Identity = 76/142 (53.52%), Postives = 96/142 (67.61%), Query Frame = 1


Query: 1   MLGFLQISIS-KAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEME 60
           +L FL IS S  AQNS QD++D HN  RA VGV P++WDD +A YAQNYA      C + 
Sbjct: 18  LLLFLIISHSCHAQNSQQDYLDAHNTARADVGVEPLTWDDQVAAYAQNYASQLAADCNLV 77

Query: 61  HSNGPYGENLAEGY-DEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKN 120
           HS+G YGENLA G  D +TA +AV+ W  EK++Y H  N C  G  CGHYTQ+VWR++  
Sbjct: 78  HSHGQYGENLAWGSGDFLTAAKAVEMWVNEKQYYAHDSNTCAQGQVCGHYTQVVWRNSVR 137

Query: 121 IGCARMKCENNWIFVICNYNPP 140
           +GCAR++C N    V CNY+PP
Sbjct: 138 VGCARVQCNNGGYIVSCNYDPP 159

[Close]

BLAST of Lsi03G006210 vs. TrEMBL
Match: A0A067KWY2_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_09851 PE=3 SV=1)

HSP 1 Score: 295.0 bits (754), Expect = 1.1e-76
Identity = 147/313 (46.96%), Postives = 192/313 (61.34%), Query Frame = 1


Query: 12  AQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENLAE 71
           A++SPQD+V+ HN  RAAVGVGPV+WD T+A YA+NYA+  I  C + HS GPYGENLA 
Sbjct: 11  ARDSPQDYVNAHNTARAAVGVGPVTWDSTVAAYARNYANQHIGDCRLVHSGGPYGENLAG 70

Query: 72  GYDEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKNIGCARMKCENNWI 131
           G   ++   AVK W  +K FY+++ + C  G  CGHYTQ+VWR++ +IGCA++KC N   
Sbjct: 71  GSGGLSGTAAVKLWVDQKAFYDNNSSSCAAGKVCGHYTQVVWRNSVHIGCAKVKCNNGGT 130

Query: 132 FVICNYNPPAKPNPKPQISISNTINYSSNLLINMAFTNIFFALCLLGLTLTLAPIAPIMA 191
           F+ CNY+PP               NY+               LC    TLT+    P+ A
Sbjct: 131 FITCNYDPPG--------------NYN---------------LC----TLTI----PLHA 190

Query: 192 KSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYAQNYANTKIATCQMEHSGGPYGENLAEG 251
              P++Y+ AHN  R  VGV P+ W+ T+AAYA+NYAN  I  C++ HS GPYGENLA  
Sbjct: 191 LDSPQDYVNAHNTARAAVGVGPVTWDNTVAAYARNYANQHIGDCRLVHSAGPYGENLAWS 250

Query: 252 YEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSHCLHYTQLVWSNTKSIG-AQVKCQNNWV 311
              ++   AV LW DEK  YDYNS++C      C HYTQ+VW N+  IG A+ KC N   
Sbjct: 251 SGDLSGIDAVKLWVDEKAFYDYNSSSCAT-GKVCRHYTQVVWCNSVRIGCAKAKCNNGGT 285

Query: 312 FLICNYYPPGNYM 323
           F+ CNY PPGNY+
Sbjct: 311 FITCNYDPPGNYL 285

[Close]

BLAST of Lsi03G006210 vs. TrEMBL
Match: A0A0A0K7N5_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070232 PE=3 SV=1)

HSP 1 Score: 287.7 bits (735), Expect = 1.7e-74
Identity = 140/171 (81.87%), Postives = 146/171 (85.38%), Query Frame = 1


Query: 164 MAFTNIFFALCLLGLTLTL------APIAPIMAKSYPKNYIAAHNAIRLQVGVEPLHWNA 223
           M F NI   LCLLGLTLTL      A  AP +AKS PKNYI AHNA+R  VGVEPLHWN+
Sbjct: 1   MGFANILSTLCLLGLTLTLTLTLTLASTAPSLAKSSPKNYIDAHNAVRAAVGVEPLHWNS 60

Query: 224 TLAAYAQNYANTKIATCQMEHSGGPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTC 283
           TLA YAQNYANTKIATCQMEHSGGPYGENLAEG EVMTAETAVSLW DEKKHYDYNSNTC
Sbjct: 61  TLADYAQNYANTKIATCQMEHSGGPYGENLAEGNEVMTAETAVSLWADEKKHYDYNSNTC 120

Query: 284 VNDSSHCLHYTQLVWSNTKSIG-AQVKCQNNWVFLICNYYPPGNYMGQRPY 328
            ND S+CLHYTQLVWSNTKS+G AQVKCQNNWVFLIC+YYPPGNY GQRPY
Sbjct: 121 SNDPSNCLHYTQLVWSNTKSVGCAQVKCQNNWVFLICSYYPPGNYNGQRPY 171

[Close]

BLAST of Lsi03G006210 vs. TrEMBL
Match: A0A0A0K6A0_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070235 PE=3 SV=1)

HSP 1 Score: 271.9 bits (694), Expect = 9.9e-70
Identity = 117/135 (86.67%), Postives = 126/135 (93.33%), Query Frame = 1


Query: 5   LQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGP 64
           L  +IS AQNSPQDFVDTHN +RAAVGVGPVSWDDTLA YAQ+YADSK+DTCEMEHSNGP
Sbjct: 18  LATTISNAQNSPQDFVDTHNDIRAAVGVGPVSWDDTLAAYAQSYADSKMDTCEMEHSNGP 77

Query: 65  YGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMK 124
           YGENLAEGYDEMT +EAV+FWATEKKFYNHHLNRC+GDECGHYTQIVWR T NIGC R+K
Sbjct: 78  YGENLAEGYDEMTGVEAVRFWATEKKFYNHHLNRCVGDECGHYTQIVWRHTTNIGCGRVK 137

Query: 125 CENNWIFVICNYNPP 140
           CENNW+FVICNYNPP
Sbjct: 138 CENNWVFVICNYNPP 152

[Close]

BLAST of Lsi03G006210 vs. TrEMBL
Match: A0A0A0K4C1_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070225 PE=3 SV=1)

HSP 1 Score: 230.7 bits (587), Expect = 2.5e-57
Identity = 99/132 (75.00%), Postives = 113/132 (85.61%), Query Frame = 1


Query: 8   SISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGE 67
           SI+ AQNS QDFV+ HN  RA VGVGPVSW+ TLA YAQ YA+ KI TCEM+HS GPYGE
Sbjct: 22  SITLAQNSHQDFVNAHNAARAKVGVGPVSWNYTLAAYAQTYANKKIGTCEMQHSYGPYGE 81

Query: 68  NLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMKCEN 127
           NLAEGY EMTA+EAV FW +EKK+Y+HH NRCIGDEC HYTQ+VWR TK++GCAR+KC N
Sbjct: 82  NLAEGYGEMTAVEAVNFWVSEKKYYDHHSNRCIGDECRHYTQVVWRGTKHVGCARVKCHN 141

Query: 128 NWIFVICNYNPP 140
           NWIFVICNY+PP
Sbjct: 142 NWIFVICNYDPP 153

[Close]

BLAST of Lsi03G006210 vs. TrEMBL
Match: A0A103XME5_CYNCS (Uncharacterized protein OS=Cynara cardunculus var. scolymus GN=Ccrd_004588 PE=3 SV=1)

HSP 1 Score: 224.2 bits (570), Expect = 2.4e-55
Identity = 128/321 (39.88%), Postives = 174/321 (54.21%), Query Frame = 1


Query: 7   ISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHS-NGPY 66
           +  S  QN+PQD+V+ HN  R  VGVGPV W+  LA +A+N A+ +   C M+HS +  Y
Sbjct: 19  LHFSYVQNAPQDYVNAHNQARKEVGVGPVMWNAKLAKFAENQANQRKTDCAMQHSRSSQY 78

Query: 67  GENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIG-DECGHYTQIVWRDTKNIGCARMK 126
           GENLA G  E + ++AVK W   K  Y++  N C+   +CG YTQ+VWR +  IGCAR+K
Sbjct: 79  GENLATGTGEFSGMDAVKLWIKGKANYDYKSNSCVQMRKCGGYTQVVWRKSTLIGCARVK 138

Query: 127 C-ENNWIFVICNYNPPAKPNPKPQISISNTINY--SSNLLINMAFTNIFFALCLLGLTLT 186
           C +NNW                       T NY  S N   N+A+ +  +A         
Sbjct: 139 CNKNNWFV---------------------TCNYDPSGN---NIAYLHFSYA--------- 198

Query: 187 LAPIAPIMAKSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYAQNYANTKIATCQMEHS-G 246
                    ++ P++++ AHN  R +VGV P+ W+A LA +A+NYAN +   C  +HS  
Sbjct: 199 ---------QNAPQDFVNAHNQARKEVGVGPVTWDAKLAKFAENYANQRKTDCAPQHSHS 258

Query: 247 GPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSHCLHYTQLVWSNTKSIG- 306
             YGENLA G    +   AV LW  EK +YDY SN+C      C  YTQ+VW  +  IG 
Sbjct: 259 SQYGENLATGTGEFSGMDAVKLWITEKANYDYKSNSCA-QMRRCGSYTQVVWRKSTLIGC 296

Query: 307 AQVKCQNNWVFLICNYYPPGN 321
           A+VKC  N  F+ CNY P GN
Sbjct: 319 ARVKCNTNGWFVTCNYDPSGN 296

[Close]

BLAST of Lsi03G006210 vs. TAIR10
Match: AT1G50060.1 (AT1G50060.1 CAP (Cysteine-rich secretory proteins, Antigen 5, and Pathogenesis-related 1 protein) superfamily protein)

HSP 1 Score: 162.9 bits (411), Expect = 3.3e-40
Identity = 74/140 (52.86%), Postives = 97/140 (69.29%), Query Frame = 1


Query: 2   LGFLQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHS 61
           + FL ++ + AQN+PQD++++HN  RA VGV  V WD TLA YA NY++ +   C + HS
Sbjct: 14  ISFLVVA-TNAQNTPQDYLNSHNTARAQVGVPNVVWDTTLAAYALNYSNFRKADCNLVHS 73

Query: 62  NGPYGENLAEG-YDEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKNIG 121
           NGPYGENLA+G     +AI AVK W  EK +Y++  N C  G +C HYTQ+VWRD+  IG
Sbjct: 74  NGPYGENLAKGSSSSFSAISAVKLWVDEKPYYSYAYNNCTGGKQCLHYTQVVWRDSVKIG 133

Query: 122 CARMKCENNWIFVICNYNPP 140
           CAR++C N W FV CNYN P
Sbjct: 134 CARVQCTNTWWFVSCNYNSP 152

[Close]

BLAST of Lsi03G006210 vs. TAIR10
Match: AT4G33720.1 (AT4G33720.1 CAP (Cysteine-rich secretory proteins, Antigen 5, and Pathogenesis-related 1 protein) superfamily protein)

HSP 1 Score: 156.8 bits (395), Expect = 2.3e-38
Identity = 65/130 (50.00%), Postives = 91/130 (70.00%), Query Frame = 1


Query: 11  KAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENLA 70
           KAQ+SPQDF+  HN  RA VGVGP+ WD+ +A YA+NYA+ +   C M+HS+G YGEN+A
Sbjct: 25  KAQDSPQDFLAVHNRARAEVGVGPLRWDEKVAAYARNYANQRKGDCAMKHSSGSYGENIA 84

Query: 71  EGYDEMTAIEAVKFWATEKKFYNHHLNRCIGD-ECGHYTQIVWRDTKNIGCARMKCENNW 130
                MT + AV  W  E+  Y++  N C  D +CGHYTQ+VWR+++ +GCA+++C N  
Sbjct: 85  WSSGSMTGVAAVDMWVDEQFDYDYDSNTCAWDKQCGHYTQVVWRNSERLGCAKVRCNNGQ 144

Query: 131 IFVICNYNPP 140
            F+ CNY+PP
Sbjct: 145 TFITCNYDPP 154

[Close]

BLAST of Lsi03G006210 vs. TAIR10
Match: AT2G14580.1 (AT2G14580.1 basic pathogenesis-related protein 1)

HSP 1 Score: 156.0 bits (393), Expect = 4.0e-38
Identity = 68/147 (46.26%), Postives = 97/147 (65.99%), Query Frame = 1


Query: 1   MLGFLQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEH 60
           ++G L + + KAQ+S QD+V+ HN  R+ +GVGP+ WD+ LA YA+NYA+     C + H
Sbjct: 16  LVGALVVPL-KAQDSQQDYVNAHNQARSQIGVGPMQWDEGLAAYARNYANQLKGDCRLVH 75

Query: 61  SNGPYGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGC 120
           S GPYGENLA+   +++ + AV  W  EK  YN+  N C G  CGHYTQ+VWR++  +GC
Sbjct: 76  SRGPYGENLAKSGGDLSGVAAVNLWVNEKANYNYDTNTCNG-VCGHYTQVVWRNSVRLGC 135

Query: 121 ARMKCENNWIFVICNYNPPAK-PNPKP 147
           A+++C N    + CNY+PP    N KP
Sbjct: 136 AKVRCNNGGTIISCNYDPPGNYANQKP 160

[Close]

BLAST of Lsi03G006210 vs. TAIR10
Match: AT2G14610.1 (AT2G14610.1 pathogenesis-related gene 1)

HSP 1 Score: 154.5 bits (389), Expect = 1.2e-37
Identity = 67/138 (48.55%), Postives = 91/138 (65.94%), Query Frame = 1


Query: 10  SKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENL 69
           SKAQ+SPQD++  HN  R AVGVGP+ WD+ +A YA++YA+     C + HS GPYGENL
Sbjct: 24  SKAQDSPQDYLRVHNQARGAVGVGPMQWDERVAAYARSYAEQLRGNCRLIHSGGPYGENL 83

Query: 70  AEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMKCENNW 129
           A G  +++ + AV  W +EK  YN+  N C G  CGHYTQ+VWR +  +GCA+++C N  
Sbjct: 84  AWGSGDLSGVSAVNMWVSEKANYNYAANTCNG-VCGHYTQVVWRKSVRLGCAKVRCNNGG 143

Query: 130 IFVICNYNPPAK-PNPKP 147
             + CNY+P     N KP
Sbjct: 144 TIISCNYDPRGNYVNEKP 160

[Close]

BLAST of Lsi03G006210 vs. TAIR10
Match: AT2G19990.1 (AT2G19990.1 pathogenesis-related protein-1-like)

HSP 1 Score: 151.4 bits (381), Expect = 9.9e-37
Identity = 67/126 (53.17%), Postives = 93/126 (73.81%), Query Frame = 1


Query: 16  PQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENLAEGYDE 75
           PQ+ +  HN  RA VGVGP+ W++TLATYAQ+YA  +   C M+HS GP+GENLA G+  
Sbjct: 42  PQETLVVHNKARAMVGVGPMVWNETLATYAQSYAHERARDCAMKHSLGPFGENLAAGWGT 101

Query: 76  MTAIEAVKFWATEKKFYNHHLNRCIGD-ECGHYTQIVWRDTKNIGCARMKCENN-WIFVI 135
           M+   A ++W TEK+ Y++  N C GD  CGHYTQIVWRD+  +GCA ++C+N+ +I+VI
Sbjct: 102 MSGPVATEYWMTEKENYDYDSNTCGGDGVCGHYTQIVWRDSVRLGCASVRCKNDEYIWVI 161

Query: 136 CNYNPP 140
           C+Y+PP
Sbjct: 162 CSYDPP 167

[Close]

BLAST of Lsi03G006210 vs. NCBI nr
Match: gi|659110139|ref|XP_008455069.1| (PREDICTED: basic form of pathogenesis-related protein 1-like [Cucumis melo])

HSP 1 Score: 299.3 bits (765), Expect = 8.3e-78
Identity = 138/165 (83.64%), Postives = 149/165 (90.30%), Query Frame = 1


Query: 164 MAFTNIFFALCLLGLTLTLAPIAPIMAKSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYA 223
           M F NI    CLLGLTLTLA  API+AKSYPKNY+ AHNAIR +VGV+PLHWN+TLAAYA
Sbjct: 1   MGFANILSTFCLLGLTLTLASTAPILAKSYPKNYVDAHNAIRAEVGVDPLHWNSTLAAYA 60

Query: 224 QNYANTKIATCQMEHSGGPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSH 283
           QNYANTKIATCQMEHSGGPYGENLAEGYE MTAE AVSLW DEKKHYDYNSNTC ND+S+
Sbjct: 61  QNYANTKIATCQMEHSGGPYGENLAEGYEEMTAEMAVSLWADEKKHYDYNSNTCTNDASN 120

Query: 284 CLHYTQLVWSNTKSIG-AQVKCQNNWVFLICNYYPPGNYMGQRPY 328
           CLHYTQLVW NTKS+G A+VKCQNNWVFLIC+YYPPGNY+GQRPY
Sbjct: 121 CLHYTQLVWRNTKSVGCAEVKCQNNWVFLICSYYPPGNYIGQRPY 165

[Close]

BLAST of Lsi03G006210 vs. NCBI nr
Match: gi|1009121091|ref|XP_015877272.1| (PREDICTED: STS14 protein-like [Ziziphus jujuba])

HSP 1 Score: 298.9 bits (764), Expect = 1.1e-77
Identity = 148/335 (44.18%), Postives = 202/335 (60.30%), Query Frame = 1


Query: 1   MLGFLQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEH 60
           ++ F  +  S AQNSPQD+++ HN  R A GVGP+ WDD +A +AQ+YA+     C M H
Sbjct: 14  IISFSLLQTSHAQNSPQDYLNAHNSARTAFGVGPLVWDDRIAAFAQDYANKHQGDCNMVH 73

Query: 61  SNGPYGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGC 120
           S GPYGENLA+   +++  EAV  W  EK  YN++ N C+G +C HYTQ+VW D+  +GC
Sbjct: 74  SGGPYGENLAKSTGDLSGTEAVNLWVEEKPNYNYNSNSCVGGQCLHYTQVVWEDSARVGC 133

Query: 121 ARMKCENNWIFVICNYNPPAKPNPKPQISISNTI------NYSSNLLINMAFTNIFFALC 180
            +++C N    + CNY+P      +  ISI   I        +S    N  F   F    
Sbjct: 134 GKVRCNNGGTLIGCNYDPRGNIQLRNTISILLFITSIISRKETSTKNHNYKFPQYFHNTL 193

Query: 181 LLGLTLTLAPIAPIM-AKSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYAQNYANTKIAT 240
              L +TL+P AP+  A+++ +N + AHN+ R  VGV PL WN  +AAYAQNY+N +   
Sbjct: 194 ---LPVTLSPAAPLSGAQNFTQNCLNAHNSARAVVGVGPLTWNDNVAAYAQNYSNQRRGD 253

Query: 241 CQMEHSGGPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSHCLHYTQLVWS 300
           C + HS G YGENLA     ++   AV LW  EK  YDYNSN+C+     C HYTQ+VW 
Sbjct: 254 CSLVHSQGQYGENLAWSSADLSCAEAVKLWVAEKADYDYNSNSCIG-GRQCGHYTQVVWR 313

Query: 301 NTKSIG-AQVKCQNNWVFLICNYYPPGNYMGQRPY 328
           N+  +G A+V+C +   F+ CNY PPGNY+GQRPY
Sbjct: 314 NSIHLGCAKVRCNDGATFITCNYDPPGNYVGQRPY 344

[Close]

BLAST of Lsi03G006210 vs. NCBI nr
Match: gi|643728186|gb|KDP36354.1| (hypothetical protein JCGZ_09851 [Jatropha curcas])

HSP 1 Score: 295.0 bits (754), Expect = 1.6e-76
Identity = 147/313 (46.96%), Postives = 192/313 (61.34%), Query Frame = 1


Query: 12  AQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGPYGENLAE 71
           A++SPQD+V+ HN  RAAVGVGPV+WD T+A YA+NYA+  I  C + HS GPYGENLA 
Sbjct: 11  ARDSPQDYVNAHNTARAAVGVGPVTWDSTVAAYARNYANQHIGDCRLVHSGGPYGENLAG 70

Query: 72  GYDEMTAIEAVKFWATEKKFYNHHLNRCI-GDECGHYTQIVWRDTKNIGCARMKCENNWI 131
           G   ++   AVK W  +K FY+++ + C  G  CGHYTQ+VWR++ +IGCA++KC N   
Sbjct: 71  GSGGLSGTAAVKLWVDQKAFYDNNSSSCAAGKVCGHYTQVVWRNSVHIGCAKVKCNNGGT 130

Query: 132 FVICNYNPPAKPNPKPQISISNTINYSSNLLINMAFTNIFFALCLLGLTLTLAPIAPIMA 191
           F+ CNY+PP               NY+               LC    TLT+    P+ A
Sbjct: 131 FITCNYDPPG--------------NYN---------------LC----TLTI----PLHA 190

Query: 192 KSYPKNYIAAHNAIRLQVGVEPLHWNATLAAYAQNYANTKIATCQMEHSGGPYGENLAEG 251
              P++Y+ AHN  R  VGV P+ W+ T+AAYA+NYAN  I  C++ HS GPYGENLA  
Sbjct: 191 LDSPQDYVNAHNTARAAVGVGPVTWDNTVAAYARNYANQHIGDCRLVHSAGPYGENLAWS 250

Query: 252 YEVMTAETAVSLWTDEKKHYDYNSNTCVNDSSHCLHYTQLVWSNTKSIG-AQVKCQNNWV 311
              ++   AV LW DEK  YDYNS++C      C HYTQ+VW N+  IG A+ KC N   
Sbjct: 251 SGDLSGIDAVKLWVDEKAFYDYNSSSCAT-GKVCRHYTQVVWCNSVRIGCAKAKCNNGGT 285

Query: 312 FLICNYYPPGNYM 323
           F+ CNY PPGNY+
Sbjct: 311 FITCNYDPPGNYL 285

[Close]

BLAST of Lsi03G006210 vs. NCBI nr
Match: gi|778724756|ref|XP_004137080.2| (PREDICTED: pathogenesis-related protein 1A-like [Cucumis sativus])

HSP 1 Score: 287.7 bits (735), Expect = 2.5e-74
Identity = 140/171 (81.87%), Postives = 146/171 (85.38%), Query Frame = 1


Query: 164 MAFTNIFFALCLLGLTLTL------APIAPIMAKSYPKNYIAAHNAIRLQVGVEPLHWNA 223
           M F NI   LCLLGLTLTL      A  AP +AKS PKNYI AHNA+R  VGVEPLHWN+
Sbjct: 1   MGFANILSTLCLLGLTLTLTLTLTLASTAPSLAKSSPKNYIDAHNAVRAAVGVEPLHWNS 60

Query: 224 TLAAYAQNYANTKIATCQMEHSGGPYGENLAEGYEVMTAETAVSLWTDEKKHYDYNSNTC 283
           TLA YAQNYANTKIATCQMEHSGGPYGENLAEG EVMTAETAVSLW DEKKHYDYNSNTC
Sbjct: 61  TLADYAQNYANTKIATCQMEHSGGPYGENLAEGNEVMTAETAVSLWADEKKHYDYNSNTC 120

Query: 284 VNDSSHCLHYTQLVWSNTKSIG-AQVKCQNNWVFLICNYYPPGNYMGQRPY 328
            ND S+CLHYTQLVWSNTKS+G AQVKCQNNWVFLIC+YYPPGNY GQRPY
Sbjct: 121 SNDPSNCLHYTQLVWSNTKSVGCAQVKCQNNWVFLICSYYPPGNYNGQRPY 171

[Close]

BLAST of Lsi03G006210 vs. NCBI nr
Match: gi|659110137|ref|XP_008455068.1| (PREDICTED: basic form of pathogenesis-related protein 1-like [Cucumis melo])

HSP 1 Score: 274.2 bits (700), Expect = 2.9e-70
Identity = 119/135 (88.15%), Postives = 126/135 (93.33%), Query Frame = 1


Query: 5   LQISISKAQNSPQDFVDTHNVVRAAVGVGPVSWDDTLATYAQNYADSKIDTCEMEHSNGP 64
           L  +IS AQNSPQDFVDTHN +RAAVGVGPVSWDDTLA YAQ+YADSKIDTCEMEHSNGP
Sbjct: 19  LATTISNAQNSPQDFVDTHNDIRAAVGVGPVSWDDTLAAYAQSYADSKIDTCEMEHSNGP 78

Query: 65  YGENLAEGYDEMTAIEAVKFWATEKKFYNHHLNRCIGDECGHYTQIVWRDTKNIGCARMK 124
           YGENLAEGYDEMT +EAVKFWATEKKFYNHHLNRC+GDECGHYTQIVWR T NIGC R+K
Sbjct: 79  YGENLAEGYDEMTGVEAVKFWATEKKFYNHHLNRCVGDECGHYTQIVWRHTTNIGCGRVK 138

Query: 125 CENNWIFVICNYNPP 140
           CENNW+FVICNYNPP
Sbjct: 139 CENNWVFVICNYNPP 153

The following BLAST results are available for this feature:

BLAST of Lsi03G006210 vs. Swiss-Prot


Match Name	E-value	Identity	Description
PRB1_TOBAC	3.2e-45	55.64	Basic form of pathogenesis-related protein 1 OS=Nicotiana tabacum PE=3 SV=1	[more]
PR1A_SOLLC	1.1e-40	50.36	Pathogenesis-related protein 1A1 OS=Solanum lycopersicum PE=2 SV=1	[more]
PR1A_TOBAC	5.3e-40	54.93	Pathogenesis-related protein 1A OS=Nicotiana tabacum PE=1 SV=1	[more]
PR1B_TOBAC	1.3e-38	53.52	Pathogenesis-related protein 1B OS=Nicotiana tabacum PE=2 SV=1	[more]
PR1C_TOBAC	3.8e-38	53.52	Pathogenesis-related protein 1C OS=Nicotiana tabacum PE=2 SV=3	[more]

BLAST of Lsi03G006210 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A067KWY2_JATCU	1.1e-76	46.96	Uncharacterized protein OS=Jatropha curcas GN=JCGZ_09851 PE=3 SV=1	[more]
A0A0A0K7N5_CUCSA	1.7e-74	81.87	Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070232 PE=3 SV=1	[more]
A0A0A0K6A0_CUCSA	9.9e-70	86.67	Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070235 PE=3 SV=1	[more]
A0A0A0K4C1_CUCSA	2.5e-57	75.00	Uncharacterized protein OS=Cucumis sativus GN=Csa_7G070225 PE=3 SV=1	[more]
A0A103XME5_CYNCS	2.4e-55	39.88	Uncharacterized protein OS=Cynara cardunculus var. scolymus GN=Ccrd_004588 PE=3 ...	[more]

BLAST of Lsi03G006210 vs. TAIR10


Match Name	E-value	Identity	Description
AT1G50060.1	3.3e-40	52.86	CAP (Cysteine-rich secretory proteins, Antigen 5, and Pathogenesis-r...	[more]
AT4G33720.1	2.3e-38	50.00	CAP (Cysteine-rich secretory proteins, Antigen 5, and Pathogenesis-r...	[more]
AT2G14580.1	4.0e-38	46.26	basic pathogenesis-related protein 1	[more]
AT2G14610.1	1.2e-37	48.55	pathogenesis-related gene 1	[more]
AT2G19990.1	9.9e-37	53.17	pathogenesis-related protein-1-like	[more]

BLAST of Lsi03G006210 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659110139\|ref\|XP_008455069.1\|	8.3e-78	83.64	PREDICTED: basic form of pathogenesis-related protein 1-like [Cucumis melo]	[more]
gi\|1009121091\|ref\|XP_015877272.1\|	1.1e-77	44.18	PREDICTED: STS14 protein-like [Ziziphus jujuba]	[more]
gi\|643728186\|gb\|KDP36354.1\|	1.6e-76	46.96	hypothetical protein JCGZ_09851 [Jatropha curcas]	[more]
gi\|778724756\|ref\|XP_004137080.2\|	2.5e-74	81.87	PREDICTED: pathogenesis-related protein 1A-like [Cucumis sativus]	[more]
gi\|659110137\|ref\|XP_008455068.1\|	2.9e-70	88.15	PREDICTED: basic form of pathogenesis-related protein 1-like [Cucumis melo]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **Cellular Component**
Term	Definition
GO:0005576	extracellular region

Vocabulary: **INTERPRO**
Term	Definition
IPR018244	Allrgn_V5/Tpx1_CS
IPR014044	CAP_domain
IPR002413	V5_allergen
IPR001283	Allrgn_V5/Tpx1

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
biological_process	GO:0007010	cytoskeleton organization
cellular_component	GO:0005576	extracellular region
cellular_component	GO:0045298	tubulin complex
molecular_function	GO:0003674	molecular_function
molecular_function	GO:0008017	microtubule binding

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Lsi03G006210.1	Lsi03G006210.1	mRNA

InterPro

Analysis Name: InterPro Annotations of Lagenaria siceraria
Date Performed: 2017-09-18


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001283	Cysteine-rich secretory protein, allergen V5/Tpx-1-related	PRINTS	PR00837	V5TPXLIKE	coord: 104..120 score: 2.9E-18coord: 35..53 score: 2.9E-18coord: 310..323 score: 2.9E-18coord: 81..94 score: 2.9
IPR001283	Cysteine-rich secretory protein, allergen V5/Tpx-1-related	PANTHER	PTHR10334	CYSTEINE-RICH SECRETORY PROTEIN-RELATED	coord: 7..232 score: 5.6
IPR002413	Ves allergen	PRINTS	PR00838	V5ALLERGEN	coord: 103..122 score: 3.1E-5coord: 35..53 score: 3.
IPR014044	CAP domain	GENE3D	G3DSA:3.40.33.10		coord: 189..327 score: 9.0E-41coord: 13..140 score: 9.5
IPR014044	CAP domain	PFAM	PF00188	CAP	coord: 21..136 score: 7.7E-23coord: 199..315 score: 4.0
IPR014044	CAP domain	SMART	SM00198	SCP_3	coord: 192..323 score: 1.6E-46coord: 14..144 score: 3.2
IPR014044	CAP domain	unknown	SSF55797	PR-1-like	coord: 14..139 score: 1.16E-43coord: 189..327 score: 3.4
IPR018244	Allergen V5/Tpx-1-related, conserved site	PROSITE	PS01009	CRISP_1	coord: 105..115 scor
IPR018244	Allergen V5/Tpx-1-related, conserved site	PROSITE	PS01010	CRISP_2	coord: 310..321 scor
None	No IPR available	PANTHER	PTHR10334:SF223	F2J10.6 PROTEIN-RELATED	coord: 7..232 score: 5.6

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
Lsi03G006210	CmaCh11G016880	Cucurbita maxima (Rimu)	cmalsiB116
Lsi03G006210	CmaCh19G005270	Cucurbita maxima (Rimu)	cmalsiB484
Lsi03G006210	CmoCh19G005330	Cucurbita moschata (Rifu)	cmolsiB468
Lsi03G006210	Cla001628	Watermelon (97103) v1	lsiwmB268
Lsi03G006210	MELO3C018544	Melon (DHL92) v3.5.1	lsimeB247

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
Lsi03G006210	Bottle gourd (USVL1VR-Ls)	lsilsiB126
Lsi03G006210	Cucumber (Gy14) v1	cgylsiB367
Lsi03G006210	Cucurbita maxima (Rimu)	cmalsiB662
Lsi03G006210	Cucurbita moschata (Rifu)	cmolsiB103
Lsi03G006210	Cucurbita moschata (Rifu)	cmolsiB650
Lsi03G006210	Cucurbita pepo (Zucchini)	cpelsiB208
Lsi03G006210	Cucurbita pepo (Zucchini)	cpelsiB543
Lsi03G006210	Wild cucumber (PI 183967)	cpilsiB536
Lsi03G006210	Cucumber (Chinese Long) v2	culsiB522
Lsi03G006210	Melon (DHL92) v3.5.1	lsimeB268
Lsi03G006210	Watermelon (Charleston Gray)	lsiwcgB223
Lsi03G006210	Watermelon (Charleston Gray)	lsiwcgB233
Lsi03G006210	Watermelon (97103) v1	lsiwmB245
Lsi03G006210	Melon (DHL92) v3.6.1	lsimedB260
Lsi03G006210	Melon (DHL92) v3.6.1	lsimedB281
Lsi03G006210	Cucumber (Chinese Long) v3	cuclsiB555
Lsi03G006210	Watermelon (97103) v2	lsiwmbB226
Lsi03G006210	Wax gourd	lsiwgoB307
Lsi03G006210	Wax gourd	lsiwgoB320